FPV Camera 1200TVL CMOS — Analogue Low-Latency Quadcopter Camera

Analogue FPV cameras remain the standard for racing and freestyle flying because the analogue video chain — from sensor to pilot display — introduces less than 30ms total latency. Digital FPV systems trade latency for resolution; analogue trades resolution for reaction speed. At 200km/h gate speeds in FPV racing, 30ms vs 60ms is the difference between clean gates and missed ones.

The 1/3-inch CMOS sensor delivers 1200 TVL horizontal resolution — the practical ceiling of the analogue video standard. Wide dynamic range (WDR) mode processes the sensor's exposure in real time to prevent the blown-sky / crushed-shadow problem that makes older cameras dangerous to fly in mixed-light environments. Minimum illumination at 0.01 lux extends usable flight time into deep twilight.

The 2.1mm M12 lens delivers approximately 160-degree field of view — the standard FPV freestyle focal length that captures enough peripheral context for proximity flying without excessive fisheye distortion. 20x20mm mounting footprint fits any standard FPV frame camera bay.

• Sensor: 1/3-inch CMOS
• Resolution: 1200 TVL (analogue composite output)
• Dynamic range: WDR mode, high-contrast scene handling
• Minimum illumination: 0.01 lux
• Lens: 2.1mm M12, approximately 160-degree FOV
• Output: composite NTSC (60fps) or PAL (50fps), switchable
• Input voltage: 5-36V (built-in regulator)
• Mounting: 20x20mm standard FPV camera plate
• Latency: under 30ms total analogue chain